Cooling Systems DRE

Groupe SEGULA Technologies SA; México; A distancia; MXN 700.000 - 1.000.000; Jornada completa

Descripción de la vacante

Groupe SEGULA Technologies SA in Mexico is seeking a Design Release Engineer (DRE) for Cooling Systems to own thermal components from concept through production launch. You will drive end-to-end design, packaging, release, and integration of cooling modules, oil coolers, hoses, electric pumps, and valves, ensuring performance and reliability.

Responsibilities include leading DFMEA and DVP&R, guiding Tier-1 suppliers with APQP milestones, performing CAE simulations, and aligning with

Formación

• Experience with DFMEA/DVP&R documentation and validation processes.
• Strong APQP knowledge and supplier collaboration skills.
• Proficiency in CAE tools and thermal-fluid analysis.

Responsabilidades

• Lead end-to-end design, release, and integration of electrified cooling components.
• Author and execute DFMEA and DVP&R to ensure robust validation.
• Direct Tier-1 suppliers to meet technical specs, tooling, and milestones.
• Perform CAE analysis, CFD, and thermal simulations to optimize performance.
• Coordinate with manufacturing and QA for smooth integration in vehicle architecture.
• Apply DFSS methodologies to improve reliability and manufacturing robustness.

Conocimientos

DFMEA

DVP&R

APQP

CAE

DFSS

Supplier management

Thermal systems

Descripción del empleo

About the Role

We are seeking a dynamic and technical Design Release Engineer (DRE) – Cooling Systems to lead the design, development, validation, and engineering release of advanced thermal and cooling components for electrified vehicles.

In this role, you will take end-to-end component ownership of critical thermal management hardware—including cooling module assemblies, transmission oil coolers, hose/tube assemblies, electric coolant heaters, control valves, electric pumps, and air induction systems. You will drive technical execution, lead supplier collaboration, and partner with cross-functional engineering and manufacturing teams to ensure optimal vehicle performance, thermal efficiency, and quality.

Key Responsibilities

• End-to-End Component Ownership: Lead the design, packaging, release, and physical integration of electrified vehicle cooling components and thermal loops from concept phase through production launch.

• Quality & Risk Documentation: Author, maintain, and execute comprehensive Design Failure Modes and Effects Analysis (DFMEA) and Design Verification Plans & Reports (DVP&R) to ensure rigorous risk management and physical testing validation.

• Supplier & APQP Management: Direct Tier-1 cooling suppliers to align with technical specifications, tooling schedules, and program timing milestones using Advanced Product Quality Planning (APQP) principles. Lead root-cause analysis for component or supplier-related quality issues.

• CAE Simulation & Design Optimization: Utilize Computer-Aided Engineering (CAE) analysis, fluid dynamics evaluations, and thermal simulations to optimize component efficiency, flow characteristics, and cooling performance.

• Manufacturing & Integration Alignment: Collaborate closely with assembly plant operations, quality engineering, and physical validation teams to seamlessly integrate thermal hardware into the vehicle architecture.

• Methodology Execution: Apply Design for Six Sigma (DFSS) methodologies to continuously elevate component reliability, quality, and manufacturing robustness.